Explore our premium cargo transfer dollies, heavy-duty logistics solutions, and customized airport handling systems engineered to meet international safety protocols.
Years Engineering Expertise
Global Airports Served
IATA & CE Standards Compliant
Custom OEM/ODM Implementations
Modern airport ramps and aviation logistic parks are high-pressure, time-sensitive ecosystems where efficiency is measured in seconds and safety is non-negotiable. At the heart of these intricate operational structures are towing tractors and dedicated dolly systems. These heavy-duty vehicles enable rapid aircraft pushbacks, transport Unit Load Devices (ULDs) across airport ramps, and facilitate the transition of freight from cargo bays to regional storage facilities.
From large-scale cargo hubs handling international air shipments to regional terminals handling commercial operations, the reliance on high-durability towing machinery is growing. Finding the optimal balance between high drawbar capacity, ergonomic operator controls, and environmental emission targets has become the primary mission for engineering procurement officers worldwide.
Designed for durability, manufactured to strict international protocols, and supported by a global parts network.
Our company excels in product design, research, and development. We leverage modern CAD/CAE tools, finite element analysis (FEA) for structural stability, and advanced manufacturing processes to deliver high-capacity GSE systems.
High-quality engineering ensures our products stand out in competitive global bids, winning market recognition and reputation through rigorous material choice, wear testing, and premium surface treatments.
Through robust supply chain management, integrated inventory controls, optimization of shipping containers, and swift logistics operations, we guarantee that emergency spares and custom builds arrive on schedule.
Our dedicated support system quickly resolves complex technical problems encountered by users during field operation, which extends machinery service life and protects capital investment.
Our manufacturing facilities produce a diverse array of ground support machinery designed to integrate seamlessly into complex apron operations. Below is a structured look at our specialize product groupings, incorporating the original fleet catalog:
Engineered for high-volume fueling operations with integrated filtration, safety monitoring, and precise metering controls.
Constructed with a heavy-duty chassis and custom oil tanks, featuring advanced pumping, self-circulation, filtration, and pressure control.
High-volume refueling capacity designed for heavy international aircraft, maximizing flow rates and safety protocols.
Middle-range logistics tanker supporting rapid turn-around operations on busiest domestic routes.
Designed for multi-ton container loading with custom roller bed configurations, dynamic braking, and rugged suspension.
Optimized for transferring aircraft containers within cargo terminals and warehouses.
Reliable logistics base with low rolling resistance wheels and integrated cargo locks.
Features castle-pattern side guide rails and safety locks for high wind operations.
Standardized handling systems built to transport LD3, LD6, and other Unit Load Devices securely.
Designed with customized dimensions for efficient passenger baggage container loading.
Designed with a high-strength chassis capable of supporting constant vibrations on airport tarmac.
Fits larger freight containers, incorporating non-slip pathways and automatic container stops.
Protective solutions for bulk passenger bags and loose goods under adverse weather conditions.
Features protective overhead canvas curtains that prevent rain ingress during transport.
Fully enclosed metal design offering maximum protection against cargo loss and environmental damage.
Standard design for intra-terminal handling of loose parcel logistics.
Hydraulic scissor lift trucks built for fast, secure delivery of airline meals and cabin necessities.
Equipped with safe-locking hydraulics to interface with mid-to-large civil passenger aircraft.
Zero-emission high lift catering unit, helping airports achieve their green energy benchmarks.
Proven diesel configuration delivering stability, insulation, and cargo capacity.
Precise thermal control systems delivering high-velocity air for cockpit and passenger cabin conditioning.
Provides warm air flow during extreme winter, preventing instrument freezing.
Preconditioned air equipment designed to replace on-board APU operation while parked.
Compact, towable heater layout optimized for regional aviation facilities.
Designed with safety features, non-slip steps, and ergonomic handrails for comfortable passenger transfers.
Self-propelled electric unit featuring high platform adjustments and dual-operator controls.
Heavy duty self-propelled diesel stairs with wide stairs configuration.
Towable layout for secondary parking bays, featuring high durability steel steps.
Stable frequency generators providing electrical load to aircraft onboard systems.
Utilizes lithium battery storage to provide clean power, lowering airport carbon footprint.
Provides 400Hz frequency converter output suitable for mid-sized narrowbody aircraft.
Bridge-mounted fixed static converter delivering long-term ramp power supply.
Pneumatic ground support units providing high-pressure airflow to initiate aircraft turbine operation.
High-mobility chassis carrying compressed air cylinders for quick starting sequences.
Heavy duty towable unit providing standard pneumatic airflow for wide-body turbines.
Provides maximum capacity output for long-haul fleet operations at large hub terminals.
Premium high-drawbar tractors configured for pushing and towing regional and commercial jets.
Designed for heavy widebody pushback tasks with high torque engines and heavy weight layout.
Medium aircraft pushback configuration ensuring precise low speed operations.
Compact, maneuverable design optimized for regional jets and narrowbody aircraft pushback.
Maneuverable vehicles built for fast, secure transit of cargo dollies along apron roadways.
High efficiency electric drive tractor providing stable torque and zero emissions.
Heavy duty towing unit designed for long-distance hauling of complex dolly lines.
High performance electric tractor configured for multi-wagon heavy freight transport.
Hygienic and reliable ramp service units designed to supply fresh water and clear waste systems.
Equipped with vacuum pumps and corrosion-resistant tanks to ensure hygiene and rapid servicing.
Provides potable water using food-grade stainless steel tanks and pumps.
Pure electric platform with localized sensors and automatic safety shut-offs.
Maindeck and lower deck container loaders engineered for rapid, safe alignment with aircraft doors.
14-ton lift platform featuring multi-directional roller transfers and leveling adjustments.
Heavy freight platform built for maindeck loading of Boeing 747/777 cargo variants.
Versatile 7-ton loader, widely deployed in narrowbody and standard container operations.
Specialized passenger transfer systems providing boarding accessibility for passengers with reduced mobility (PRM).
Features smooth hydraulic lifting, cabin leveling, and safety locks for passenger comfort.
Reliable scissors-lift medical transport van, conforming to IATA AHM regulations.
Why do global airport operators and GSE leasing corporations repeatedly select Chinese manufacturers for their fleet upgrades? The answer lies in the deep structural advantages of China's industrial supply chain:
This localized supply chain strength results in a direct reduction of Total Cost of Ownership (TCO) for foreign procurement companies, while ensuring that the structural components of the equipment survive decades of operational wear.
Deploying towing tractors on international runways requires compliance with strict safety and emissions regulations. As a global exporter, we align all production processes with major international regulatory systems:
Our global compliance division works with local engineering consultants to tailor equipment designs to local requirements:
Our towing solutions are engineered to function across diverse operational environments, including:
Designed for constant multi-shift usage, these units transport large quantities of ULDs across extensive airport systems. High-capacity cooling circuits and long-life brake packages prevent heat buildup during operations in busy climates.
Features engine pre-heaters, low-temp hydraulic oil, heated operator compartments, and specialized high-grip tires to ensure reliable pushback operations in sub-zero northern airports.
Constructed with hot-dip galvanized steel frames and marine-grade polyurethane coatings to resist corrosion from high humidity and salty sea air.
We recognize that every airport operator, military facility, and air freight logistics provider has unique fleet requirements. We offer end-to-end design and manufacturing services to accommodate these needs:
Whether you require customized physical dimensions to navigate narrow cargo lanes, specialized towing hitches for non-standard military aircraft, or integration with proprietary telematics and fleet tracking networks, our engineering team can help. From initial digital modeling and FEA load testing to prototype validation and global shipping, we ensure your specific requirements are met.
The ground handling industry is undergoing structural transitions driven by new technology and changing environmental mandates:
Read about the latest technological advancements in airport ground support equipment design.
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Read Full Article →An in-depth guide on the critical role of ground power units in pre-flight checks, passenger boarding, and regional airport maintenance operations.
Read Full Article →Essential information for airport procurement managers, engineering leads, and logistics operators.
Drawbar pull is determined by the maximum takeoff weight (MTOW) of the aircraft or the combined weight of the loaded cargo dolly train, the slope of the runway or terminal ramps, and the traction coefficient of the tire-apron contact surface under wet or icy conditions.
Electric tractors offer up to 70% lower fuel and energy costs and require less maintenance due to fewer moving parts. However, they require planned charging infrastructure. Diesel options remain suited for long-distance hauling where electric infrastructure is unavailable.
We manufacture cargo dollies in compliance with IATA AHM 910, AHM 913, AHM 915, ISO 1159 (design requirements for air cargo ground equipment), and CE safety directives.
Yes. Our vehicles can be equipped with CAN-bus telematics interfaces, allowing operators to track real-time positioning, battery health, and collision metrics through their preferred fleet management software.
Lead times range from 4 to 8 weeks, depending on structural customization, hydraulic requirements, and order volume. We provide detailed CAD drawings for approval before production begins.
Browse our complete catalog of airport handling systems, passenger transport units, and cargo dollies.
Chidge Dolly